Network Management Systems (NMS) Network Management System is defined as the collection of tools that assist human network managers in planning‚ configuring‚ controlling and monitoring the computer networks. It covers all the activities and safety measures needed to ensure the effective and efficient use of the resources to be managed. Thus‚ a Network Management System has to address different functional areas of a computer network and has to fulfill the requirements of the users in these areas
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Types of Communication Communication can be divided into formal and informal communication. Formal communication may include spoken or written words while informal communication includes gestures‚ facial expressions e.t.c. It can also be divided as-: 1. written materials 2. Oral methods 3. Electrical methods Written Methods Written methods are preferred where detailed information needs an explanation as they are less liable to miss interpretation than oral methods. They can be read
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bacterial cell deivides into two by making a new cell wall. This type of asexual reproduction is called binary fission. Spore Production in Fungi Pin mould is a fungus which grows on bread and reproduces asexually by making spores. They are small and light like spects of dust‚ and float through the air. When spore lands on a damp surface‚ it splits open and thread grows out. The hypha (thread) grows over surface of bread forming a dense network of threads called a mycelium. Eventually‚ short hyphae grow
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to Network Management Phase 3 Discussion Board Professor Shawn Murray April 25‚ 2012 In comparing Osi models to non-Osi models I chose to discuss the FCAPS model. The acronym FCAPS stands for the five layers it is comprised of; 1. Fault management- network faults or problems are found and fixed. Potential problems are identified and addressed thus preventing them from reoccurring in the future. This minimizes downtime and potential costs. 2. Configuration management- The network is controlled
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4G Wireless Network 4G Wireless Networks: Opportunities and Challenges ABSTRACT Abstract With the major wireless service providers planning to start deployment of 4G wireless networks by mid 2010‚ research and industry communities are racing against time to find solutions for some of the prominent still open issues in 4G networks. The growing interest in 4G networks is driven by the set of new services will be made available for the first time such as accessing the Internet
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Chapter 1 1. INTRODUCTION Artificial Neural Networks are being touted as the wave of the future in computing. They are indeed self learning mechanisms which don ’t require the traditional skills of a programmer. But unfortunately‚ misconceptions have arisen. Writers have hyped that these neuron-inspired processors can do almost anything. Fig. 1.1 Neural Network These exaggerations have created disappointments for some potential users who
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Analysis and Countermeasures of Network Security LiuBingyao Abstract This article is concerned about network security. It mentions about the present situation of network security and an analysis of the reason that lead to unsafe network environment. Then the article introduces two frequently used protocols in network security: HTTP (Hypertext Transport Protocol) and HTTPS (Hypertext Transfer Protocol over Secure Socket Layer)‚ then compare them and give a brief conclusion. On the other side
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3G WIRELESS NETWORKS: OPPORTUNITIES‚ CHALLENGES AND COMPARISON BETWEEN 3G & 4G TECHNOLOGY By: Piyush Chandra EIILM UNIVERSITY‚ SIKKIM Email id:piyush.chandra20@gmail
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NETWORK PLANNING AND DESIGN by Richard Van Slyke Polytechnic University rvslyke@poly.edu © R. Van Slyke 2000‚2001 Revised 1/21/01 Network Planning and Design Rev. January 21‚ 2001 p. 1 NETWORK PLANNING AND DESIGN I. The Project Environment—The Big Picture Organizational Strategy and Culture Business role of applications in the organization Technology push/ demand pull Technological risk; the “bleeding edge” External Factors II. Planning System Development Methodologies III. Design
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GSM: Network Architecture The GSM technical specifications define the different entities that form the GSM network by defining their functions and interface requirements. The GSM network can be divided into four main parts: * The Mobile Station (MS). * The Base Station Subsystem (BSS). * The Network and Switching Subsystem (NSS). * The Operation and Support Subsystem (OSS). figure 1: Architecture of the GSM network Mobile Station A Mobile Station consists of two main
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